1 e, we isolated a cDNA clone Ipeglu1 encoding Ipecac alkaloid beta-D-glucosidase from P. ipecacuanha.

2 ely transcribed with the recently identified ipecac alkaloid beta-glucosidase Ipeglu1.

3       In addition to this central pathway of ipecac alkaloid biosynthesis, formation of all methyl de

4 ufficient for all O-methylation reactions of ipecac alkaloid biosynthesis.

5 ified three cDNAs, IpeOMT1-IpeOMT3, encoding ipecac alkaloid O-methyltransferases (OMTs) from P. ipec

6  enzyme preferentially hydrolyzed glucosidic Ipecac alkaloids except for their lactams, but showed po

7 esis, formation of all methyl derivatives of ipecac alkaloids in P. ipecacuanha could be explained by

8                                              Ipecac alkaloids produced in the medicinal plant Psychot

9 icinal plant Psychotria ipecacuanha produces ipecac alkaloids, a series of monoterpenoid-isoquinoline

10                                Historically, ipecac syrup has played a principal role in the manageme

11 iterature, and public health implications of ipecac syrup that support its present clinical applicati

12  cathartic (sodium phosphate) and an emetic (ipecac) were given to all infected subjects and an emeti